A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Aerial corridor lifting construction method
The invention relates to an air corridor lifting construction method. The method comprises the following steps that firstly, secondary lifting design is conducted; step 2, mounting a stress distribution beam; thirdly, the corridor is spliced; fourthly, a lifting platform and lifting equipment are installed; step 5, primary lifting; sixthly, air stress conversion and lifting point transfer are conducted; 7, secondary lifting is carried out; 8, lifting is completed; according to the aerial corridor lifting construction method provided by the invention, by adopting a secondary lifting construction method, the aerial corridor is decomposed into two stages of lifting, so that the problems of corridor lifting construction under the conditions of narrow construction site space and limited working surface, and different heights of the projection surface of the lifting section can be effectively solved; the lifting truss cannot be completely assembled at a time and cannot be lifted in place at a time; and the construction flexibility is higher, the construction precision is higher, and the construction safety is higher.
本发明涉及一种空中连廊提升施工方法，包括以下步骤：步骤一，二次提升设计；步骤二，受力分配梁安装；步骤三，连廊拼装；步骤四，提升平台及提升设备安装；步骤五，一次提升；步骤六，空中受力转换及吊点转移；步骤七，二次提升；步骤八，提升完成；本发明所提供的空中连廊提升施工方法，通过采用二次提升的施工方法，将空中连廊分解为两个阶段提升，能够有效解决施工现场空间狭小、工作面有限的情况下的连廊提升施工，以及提升段投影面攮括不同高度，提升桁架不能够一次性全部拼装完成，不能够一次性提升到位的问题；施工灵活性更强，施工精度更高，施工安全性更高。
Aerial corridor lifting construction method
The invention relates to an air corridor lifting construction method. The method comprises the following steps that firstly, secondary lifting design is conducted; step 2, mounting a stress distribution beam; thirdly, the corridor is spliced; fourthly, a lifting platform and lifting equipment are installed; step 5, primary lifting; sixthly, air stress conversion and lifting point transfer are conducted; 7, secondary lifting is carried out; 8, lifting is completed; according to the aerial corridor lifting construction method provided by the invention, by adopting a secondary lifting construction method, the aerial corridor is decomposed into two stages of lifting, so that the problems of corridor lifting construction under the conditions of narrow construction site space and limited working surface, and different heights of the projection surface of the lifting section can be effectively solved; the lifting truss cannot be completely assembled at a time and cannot be lifted in place at a time; and the construction flexibility is higher, the construction precision is higher, and the construction safety is higher.
本发明涉及一种空中连廊提升施工方法，包括以下步骤：步骤一，二次提升设计；步骤二，受力分配梁安装；步骤三，连廊拼装；步骤四，提升平台及提升设备安装；步骤五，一次提升；步骤六，空中受力转换及吊点转移；步骤七，二次提升；步骤八，提升完成；本发明所提供的空中连廊提升施工方法，通过采用二次提升的施工方法，将空中连廊分解为两个阶段提升，能够有效解决施工现场空间狭小、工作面有限的情况下的连廊提升施工，以及提升段投影面攮括不同高度，提升桁架不能够一次性全部拼装完成，不能够一次性提升到位的问题；施工灵活性更强，施工精度更高，施工安全性更高。
Aerial corridor lifting construction method
空中连廊提升施工方法
LONG SHAOZHANG (author) / XIE FAKUI (author) / CHEN XINGYU (author) / CHEN XITAO (author) / WANG YIXING (author) / LI YUTAO (author)
2024-12-03
Patent
Electronic Resource
Chinese
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